Smart-AVI HDR16X16S Installation guide

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Installation

Manual

Display Content From Any 16 HDMI Sources On

Any 16 Displays Independently Up To 40 Feet Away

HDR16X16

16-port HDMI Matrix Switch

with Front Panel, RS-232, IR, and TCP/IP Control

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What’s in the Box?

PART NO. QTY DESCRIPTION

HDR16X16 1 HDMI 16x16 Router. Includes :[HDR16X16 & PS5VDC4A]

CCPWR06 1 6ft Power Cord

HDR 16X16 Rear

HDR 16X16 Front

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Introduction

The HDR16X16 conforms to the HDMI (High Denition Media

Interface) standard and provides a connection to view any sixteen

HDMI video sources on any combination of sixteen video displays.

The matrix conguration provides maximum exibility, allowing

switching between any high-denition source and/or display.

The SmartAVI HDMI Router 16X16 provides HDMI output up to

40 feet and at HDTV resolutions of 480p, 720p, 1080i and 1080p.

The system works with HD-DVD players, TiVo systems, HT PCs, and

satellite set-top boxes that connect to an HDMI display. And users

can switch to any source locally or remotely via Front Panel, RS-232,

IR, or TCP/IP connection. Our DVI router is controlled by Windows®-

based software that is easy to understand and simple to use – a

cornerstone of all SmartAVI products.

Features

• Switches 16 HDMI inputs with 16 HDMI outputs

• Sources can be routed independently to displays

• Switching controlled via the front panel, RS-232, IR, USB and TCP/IP

• Supports high denition video resolutions of 480p, 720p, 1080i

and 1080p

• Supports 7.1 Digital Surround Sound Audio

• HDCP and HDMI 1.4 compliant

• Supports EDID for total control of compliant displays

• Delivers uncompressed digital video with zero signal loss

• Outputs HDMI up to 40 feet

• Rack-mountable

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Technical Specications

VIDEO

HDTV Resolutions 480p, 720p, 1080i, 1080p

TV Resolution 480i

Input Interface (16) HDMI Type A 19-pin Female TMDS

Output Interface (16) HDMI Type A 19-pin Female TMDS

Input Cable Length Up to 40 ft.

Output Cable Length Up to 40 ft.

OTHER

Warranty Limited 1 Year Parts and Labor

Control Panel, RS-232, IR, USB and TCP/IP

Power Internal 100-240 VAC

Dimensions 19”W x 5.25”H (2U) x 7”D

Weight 10 lbs.

HDR 16X16 Approvals FCC, CE, RoHS Compliant

Power Supply Approvals UL, CE, CSA, CEC, RoHS

ENVIRONMENTAL

Operating Temperature 0 to +40° C (+32° to 104° F)

Operating Humidity 10% to 85% (Non-condensing)

Storage Temperature -20° to +60° (+20° to +140° F)

Storage Humidity 10% to 85% (Non-condensing)

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• Corporate or Educational Presentations

• Financial (Remote Servers/User Control)

• Call Centers for Technical Support

• Industrial (Long-Range Workstation Isolation)

• Airport Installations (Air Trac Control/Passenger Information)

• KVM Extension where Exceptional Quality of Signal is Crucial

• Medical (Remote Operation Away from Sensitive/Magnetic

Equipment)

• Recording (for Large Studios where Editing/Mixing Stations are

Compact and/or Require Complete Silence)

Applications

Application Diagram

40 ft. over HDMI

IR Control

SRC-2A

RS-232, USB Control

TCP/IP Control

Rack Servers

Gaming Console

Computer

Blueray Player

Video Camera

Signage Player

IR-EYE

SMTCP

CAT5/6RS-232

HDMI OUTPUT INFRAREDHDMI INPUT

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Installation

1. Turn o all input devices and displays.

2. Connect the HDMI extension cables to the input devices and to the “IN” ports on the

HDR16X16.

3. Connect the displays to the “OUT” ports on the HDR16X16.

4. Connect the power cord and power-on the HDR16X16.

5. Power on the input devices and the displays.

Switching Between Ports

There are four ways to switch between inputs on the HDR16X16: via the front panel buttons,

IR remote control (optional), RS-232 connection, or TCP/IP (optional).

Front Panel Control

During normal operation, you will see a list of ports on the front panel display.

Main Menu

To assign an output to an input, press SWITCH. A blinking block cursor will appear. Use UP and

DOWN to select the input that you would like to assign. Once the cursor is over the desired

input port, press ENTER to enter editing mode. Press UP and DOWN to select the output port.

Once you have selected an output, press ENTER to save the conguration. To escape from

editing mode, press ESC.

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Begin by powering on the HDR16X16. Once powered

on, press ESC on the remote control.

To assign an input to an output, simply press the 2

digit number of the input port, and then press ENTER,

immediately followed by the 2 digit number of the

output port, and then press ENTER.

For example: To assign input 1 to output 1, press 01,

ENTER , 01, ENTER.

Note: the front panel display will not indicate the

change until you have nished this process.

Remote Control

To view the menu, press MENU. There are 6 menu options available:

RS-232 Acknowledge - Sets the HDR16X16 to send a conrmation that an RS-232 command

has been received.

RS-232 Checksum - Sets the HDR16X16 to verify all RS-232 data for errors in transmission.

Send Update - Sets the HDR16X16 to send an RS-232 command back to the controller when

the conguration is changed via the front panel or remote control (optional).

Memory Save - Sets the HDR16X16 to save the conguration when powered o.

Display Input Status - This displays the status of the inputs. If no input is present, the display

will read NONE.

Restore Factory Settings - Sets the HDR16X16 to the default factory conguration.

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USB: Computers that do not have an RS-232 port can connect to the HDR 16X16 via

SmartAVI’s USB to RS-232 converter. Utilize all the control of an RS-232 control interface

with the simple and common USB interface. This solution is perfect for laptops and newer

computers that only have a USB port.

TCPIP: Remote control is essential to real-time management of the HDR 16X16. SmartAVI’s

SMTCP module is the perfect solution to eective remote management. Simply connect the

SMTCP module to the HDR 16X16 and connect from anywhere on the internet. When you

need to make a change, but can’t be there in person, the SMTCP makes remote control a snap.

RS-232: Controlling the HDR 16X16 has never been simpler with SmartControl software.

With SmartControl, you can assign a unique name to each port on the HDR 16X16, as well

as each display, customizing projects to meet your needs. Although all the functions of the

matrix are available locally on the front panel of the HDR 16X16, using SmartControl allows

for customization of all the matrix functions.

IR: Many system professionals prefer the IR control interface because it oers greater

exibility to manage the HDR 16X16 at a distance. In some cases, the displays will not be

visible from the matrix. In these situations it is necessary to control the matrix with Infrared

control.

Optional Control

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Controlling the HDR16X16 with the SMTCP module

The SMTCP-2 is an RS-232 control module that allows most SmartAVI switching

matrixes to be controlled remotely via HTTP or TELNET. Manage the switching

functions of your matrix with ease from anywhere in the world. With the SMTCP-2

you can save up to 10 preset input/output congurations for easy access. TELNET

access provides transparent command control of your matrix, perfect for use with

automated third-party control software.

Applications

• Server Collocation

• Digital Signage

• Airports

• Dealer Rooms

• Control Rooms

• Audio/Visual Presentations

• Hotels/Resorts

• KVM Switches

Features

• Supports HTTP and TELNET control

• 10/100 Ethernet Interface

• Up to 10 user-denable congurations

• Password Protected

• Up to 5 Users can Control the Matrixes

• IP Conguration via TCP/IP and RS-232

• Flexible control of several types of matrixes

Technical Specications

Power External 100-240 VAC/5VDC2A @10W

Dimensions 2.8125”W x 1”H x 3.375”D

Weight 0.5 lbs

Approvals UL, CE, ROHS Compliant

Operating Temp. 32-131°F (0-55 °C)

Storage Temp. -4-185 °F (-20-85 °C)

Humidity Up to 95%

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COMPUTER

IP ROUTER

SMTCP-2

RS-232

SERIAL

CAT5

MATRIX SWITCH (NOT CONNECTED)

Connecting to the SMTCP-2 for the rst time

The rst time you connect the SMTCP-2, you will need to perform the following steps to set

the initial conguration. This includes establishing an HTTP connection and manually setting

the IP address for the SMTCP-2.

1. Power o all devices.

2. Use a female to male Straight-Through RS-232 (Serial) cable

to connect the SMTCP-2 to the computer.

3. Use a CAT5 ethernet cable to connect the SMTCP-2 to a TCP/

IP network via a network router or other network connection

that has DHCP enabled. If your network does not support DHCP,

please see page 22 of this manual for instructions.

4. Power on the computer and run a terminal program such as Hyperterminal to open a

serial connection to the SMTCP-2 using the standard 9600 baud, 8, N, 1 conguration.

5. Power on the SMTCP-2. When powered on, it will obtain an IP address automatically via

DHCP from the network.

6. The IP information for the SMTCP-2 will be displayed on the terminal screen as follows:

**************************

* SmartAVI control is UP *

* version 10.12.20#6 *

**************************

addr:192.168.1.102

Mask:255.255.255.0

gtwy:192.168.1.1

**************************

NOTE: the above IP address is for demonstration purposes only. Actual results may be dierent.

7. The IP address shown must be used to connect to the SMTCP via HTTP.

Controlling the HDR16X16 with the SMTCP module (continued)

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For the initial setup, click the Network Setting button and

manually assign an IP address to the SMTCP-2. This will assure

that the SMTCP-2 will always

have the same IP address. Be

sure to choose an address that

will not conict with any other

devices on the network, and

that the address is not in the

range of the DHCP server.

1. Matrix

2. Frame Address

3. Device Cong

4. Network Setting

5. User Administration

COMPUTER

IP ROUTER

SMTCP-2

RS-232

SERIAL

CAT5

MATRIX SWITCH

8. Open a web browser and navigate to the IP address

that is indicated. You will be prompted to enter a

username and password.

9. The default login (case sensitive) is as follows:

User ID: Admin

Password: Pass

10. Once connected to the SMTCP-2, you will see the following menu of options:

11. Once you have manually assigned an IP address to the

SMTCP-2, you may disconnect the Straight-Through RS-232

(Serial) cable from the computer

12. Connect the SMTCP-2 to the matrix switch with a Cross

RS-232 (Serial) cable.

It is also recommended that you set a password for the SMTCP-2 at this point. To set the

password (and/or username), click on the User Administration button, enter the password

and click Submit. This sets the password for the HTTP interface only.

Controlling the HDR16X16 with the SMTCP module (continued)

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Controlling the SMTCP-2 via HTTP

Matrix Menu

The matrix menu allows you to set the crosspoints for the matrix. Crosspoints are used to

route signals from the individual inputs to individual outputs. The output channels can only

have one input, but each input can have several outputs.

Example shown in diagram:

Input 1 to Outputs 3,4,5

Input this to Outputs 6,7,8

Input test to Output 1

Input 6 to Output 2

The Matrix Preset option allows you to save and recall crosspoint congurations with the

push of a button. To save a preset, simply congure your crosspoints and press the SAVE

button next to the desired preset. To recall a preset, simply click on the button with its name.

To edit the preset names, see the Device Cong menu.

Once you have completed the Initial Setup for the SMTCP-2, you can now begin conguring

it for your matrix. The following details the individual menu options in the web interface:

Frame Address Menu

The frame address menu allows you to set the frame

address of the current matrix switch. Frame addresses

allow commands to be sent to dierent matrixes in

series. For more information on the specic commands

available, please see the instructions for your matrix

switch.

Controlling the HDR16X16 with the SMTCP module (continued)

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Network Setting Menu

The network setting menu allows you to assign a static

IP address to the SMTCP-2. It is recommended that

you statically assign an IP address to avoid any future

conict or connectivity issues with DHCP.

Device Cong Menu

The device conguration menu allows you to select the type of matrix you are using, specify

the dimensions of the matrix, and assign names to the inputs, outputs and presets, reset the

names and reset the system to factory defaults.

To begin, set the type of device you are using from the drop-down menu labeled Device Type

and specify the Matrix Dimensions. After specifying the Matrix Dimensions, press the Submit

button to make the changes.

Once the type of matrix is entered, you can assign names to each of your inputs, outputs and

presets. The preset names are used in the Matrix Menu for quick storage and retrieval of matrix

congurations. Leaving a preset blank will exclude it from the Matrix Menu.

Controlling the HDR16X16 with the SMTCP module (continued)

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SMTCP-2 Front SMTCP-2 Rear

User Administration Menu

Controlling the SMTCP-2 via TELNET

Commands may be sent transparently to the matrix via a TELNET connection to the SMTCP-2.

To use this function, use a telnet client such as Hyperterminal or PuTTY to connect to the IP

address of the SMTCP-2. You will be prompted for a username and password - this will be the

same as the login information via HTTP. Once logged in, the SMTCP-2 is ready to accept the

standard RS-232 commands. For a list of the available commands, please see the user manual

for the matrix you are using. Although the commands are not echoed to the client display, the

commands are being issued to the matrix. Should you need commands to be echoed, please

see the instructions for your TELNET client.

The User Administration menu allows you

to change the user name and password for

the SMTCP-2. The default user name for the

SMTCP-2 is Admin and the password is Pass.

Once you modify the login information, press

the Submit button to make the changes.

Upgrading the SMTCP-2

To updgrade the SMTCP-2 with the latest rmware, contact your sales representative to

obtain the rmware upgrade le or visit the SMTCP-2 product page at www.smartavi.com.

The version information is listed on the Main Menu. Once you have the le, use an FTP client,

preferably TFTP, to navigate to the IP address of the SMTCP-2. To upload the le to the SMTCP-2,

navigate to the /var/ directory, and upload the le rmware.img - IMPORTANT: the le MUST

BE NAMED rmware.img for the upgrade to work properly. Again, the full path MUST BE

/var/rmware.img. Once the le has been copied, restart (power o and power on) the

SMTCP-2. Once restarted the rmware update will be installed. To verify the upgrade, see the

version information listed on the Main Menu.

Controlling the HDR16X16 with the SMTCP module (continued)

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COMPUTER

IP ROUTER

SMTCP-2

RS-232

SERIAL

CAT5

MATRIX SWITCH (NOT CONNECTED)

Connecting to the SMTCP-2 for the rst time WITHOUT DHCP

The rst time you connect the SMTCP-2, you will need to perform the following steps to set the initial

conguration. This includes establishing an HTTP connection and manually setting the IP address for the

SMTCP-2.

1. Power o all devices.

2. Use a female to male Straight-Through RS-232 (Serial) cable to connect

the SMTCP-2 to the computer.

3. Use a CAT5 ethernet cable to connect the SMTCP-2 to a TCP/IP network

via a network router or other network connection.

4. Power on the computer and run a terminal program such as Hyperterminal to open a serial connection

to the SMTCP-2 using the standard 9600 baud, 8, N, 1, None Flow Control conguration.

5. While powering on the SMTCP-2, press and hold Shift-1 (exclamation) until a command prompt appears.

6. Press enter to show the network conguration help screen as follows:

Command:

ÉÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍ»

º Network Conguration help º

ÈÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍ¼

Enter a command followed by optional parameters

Commands are SET DHCP INFO RESET and QUIT/SAVE

SET command allows you to change the network conguration:

SI xxx.xxx.xxx.xxx = Set IP Address

(if IP address is not entered then DHCP is ENABLED)

SM xxx.xxx.xxx.xxx = Set IP Mask

SG xxx.xxx.xxx.xxx = Set Gateway Address

RN = Reset Network Params:

IPADDR = 192.168.0.2

IPMASK = 255.255.255.0

GATEWAY = 192.168.0.1

DHCP ON = Enable DHCP

DHCP OFF = Disable DHCP

INFO = Display network conguration

RESET = Factory reset

QUIT = Saves conguration and quits

SAVE = Same as QUITNOTE: the above IP address is for demonstration purposes only. Actual results

may be different.

7. Follow the instuctions to manually assign an IP address to the SMTCP-2.

8. See page 19 for instructions on how to connect to the SMTCP-2 via HTTP.

Controlling the HDR16X16 with the SMTCP module (continued)

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Male to Female Straight Cable (not provided)

How to properly create an RS-232 connection between a PC and most SmartAVI RS-232 compliant devices

1. Connect a straight through male

to female RS-232 cable (shown on

right) to the RS-232 connector on

the PC.

2. Connect the other end of the cable

to the RS-232 compliant device.

3. Power on the device.

Establish a connection to your RS-232

compliant device:

Setting up the Terminal application:

Hyperterminal Settings

1. Open Hyperterminal on the PC. (or

use the terminal client of your choice)

2. Use the default settings to create a

connection to the device (see settings

on left). Settings MUST match those

shown on the lower right.

3. Be sure that Flow Control is None.

4. The output of the device will be the

same as the PC.

RS-232 Specications

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How to properly test an RS-232 connection between a PC and most SmartAVI RS-232 compliant devices

After you have established a connection to your device use the

following commands:



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



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 







 

 

 

 







 

 

 

 

 







 



 

<CHK> stands for CHECKSUM: the <CHK> value is

calculated by performing an XOR of the full com-

mand string. For example: //F00M12I03 will XOR

to the hexadecimal value 0x42, therefore the value

of <CHK> is 0x42.

CALCULATING THE <CHK>

IMPORTANT

RS-232 Specications (continued)

www.smartavi.com

How to properly test an RS-232 connection between a PC and most SmartAVI RS-232 compliant devices

















































 

 

 

 







 

 

 

 

 







 



 

RS-232 Commands continued:

RS-232 Specications (continued)

www.smartavi.com

Operation Command

Hexidecimal Value

The following are example commands for the rst 8 inputs and 8 outputs. The

hexadecimal values of the commands are also listed.

How to properly test an RS-232 connection between a PC and most SmartAVI RS-232 compliant devices

input_1_output_1 / / F 0 0 M 0 1 I 0 1 <CHK> <CR> 2F 2F 46 30 30 4D 30 31 49 30 31 42 0D

input_2_output_1 / / F 0 0 M 0 1 I 0 2 <CHK> <CR> 2F 2F 46 30 30 4D 30 31 49 30 32 41 0D

input_3_output_1 / / F 0 0 M 0 1 I 0 3 <CHK> <CR> 2F 2F 46 30 30 4D 30 31 49 30 33 40 0D

input_4_output_1 / / F 0 0 M 0 1 I 0 4 <CHK> <CR> 2F 2F 46 30 30 4D 30 31 49 30 34 47 0D

input_5_output_1 / / F 0 0 M 0 1 I 0 5 <CHK> <CR> 2F 2F 46 30 30 4D 30 31 49 30 35 46 0D

input_6_output_1 / / F 0 0 M 0 1 I 0 6 <CHK> <CR> 2F 2F 46 30 30 4D 30 31 49 30 36 45 0D

input_7_output_1 / / F 0 0 M 0 1 I 0 7 <CHK> <CR> 2F 2F 46 30 30 4D 30 31 49 30 37 44 0D

input_8_output_1 / / F 0 0 M 0 1 I 0 8 <CHK> <CR> 2F 2F 46 30 30 4D 30 31 49 30 38 4B 0D

input_1_output_2 / / F 0 0 M 0 2 I 0 1 <CHK> <CR> 2F 2F 46 30 30 4D 30 32 49 30 31 41 0D

input_2_output_2 / / F 0 0 M 0 2 I 0 2 <CHK> <CR> 2F 2F 46 30 30 4D 30 32 49 30 32 42 0D

input_3_output_2 / / F 0 0 M 0 2 I 0 3 <CHK> <CR> 2F 2F 46 30 30 4D 30 32 49 30 33 43 0D

input_4_output_2 / / F 0 0 M 0 2 I 0 4 <CHK> <CR> 2F 2F 46 30 30 4D 30 32 49 30 34 44 0D

input_5_output_2 / / F 0 0 M 0 2 I 0 5 <CHK> <CR> 2F 2F 46 30 30 4D 30 32 49 30 35 45 0D

input_6_output_2 / / F 0 0 M 0 2 I 0 6 <CHK> <CR> 2F 2F 46 30 30 4D 30 32 49 30 36 46 0D

input_7_output_2 / / F 0 0 M 0 2 I 0 7 <CHK> <CR> 2F 2F 46 30 30 4D 30 32 49 30 37 47 0D

input_8_output_2 / / F 0 0 M 0 2 I 0 8 <CHK> <CR> 2F 2F 46 30 30 4D 30 32 49 30 38 48 0D

input_1_output_3 / / F 0 0 M 0 3 I 0 1 <CHK> <CR> 2F 2F 46 30 30 4D 30 33 49 30 31 40 0D

input_2_output_3 / / F 0 0 M 0 3 I 0 2 <CHK> <CR> 2F 2F 46 30 30 4D 30 33 49 30 32 43 0D

input_3_output_3 / / F 0 0 M 0 3 I 0 3 <CHK> <CR> 2F 2F 46 30 30 4D 30 33 49 30 33 42 0D

input_4_output_3 / / F 0 0 M 0 3 I 0 4 <CHK> <CR> 2F 2F 46 30 30 4D 30 33 49 30 34 45 0D

input_5_output_3 / / F 0 0 M 0 3 I 0 5 <CHK> <CR> 2F 2F 46 30 30 4D 30 33 49 30 35 44 0D

input_6_output_3 / / F 0 0 M 0 3 I 0 6 <CHK> <CR> 2F 2F 46 30 30 4D 30 33 49 30 36 47 0D

input_7_output_3 / / F 0 0 M 0 3 I 0 7 <CHK> <CR> 2F 2F 46 30 30 4D 30 33 49 30 37 46 0D

input_8_output_3 / / F 0 0 M 0 3 I 0 8 <CHK> <CR> 2F 2F 46 30 30 4D 30 33 49 30 38 49 0D

input_1_output_4 / / F 0 0 M 0 4 I 0 1 <CHK> <CR> 2F 2F 46 30 30 4D 30 34 49 30 31 47 0D

input_2_output_4 / / F 0 0 M 0 4 I 0 2 <CHK> <CR> 2F 2F 46 30 30 4D 30 34 49 30 32 44 0D

input_3_output_4 / / F 0 0 M 0 4 I 0 3 <CHK> <CR> 2F 2F 46 30 30 4D 30 34 49 30 33 45 0D

input_4_output_4 / / F 0 0 M 0 4 I 0 4 <CHK> <CR> 2F 2F 46 30 30 4D 30 34 49 30 34 42 0D

input_5_output_4 / / F 0 0 M 0 4 I 0 5 <CHK> <CR> 2F 2F 46 30 30 4D 30 34 49 30 35 43 0D

input_6_output_4 / / F 0 0 M 0 4 I 0 6 <CHK> <CR> 2F 2F 46 30 30 4D 30 34 49 30 36 40 0D

input_7_output_4 / / F 0 0 M 0 4 I 0 7 <CHK> <CR> 2F 2F 46 30 30 4D 30 34 49 30 37 41 0D

input_8_output_4 / / F 0 0 M 0 4 I 0 8 <CHK> <CR> 2F 2F 46 30 30 4D 30 34 49 30 38 4E 0D

input_1_output_5 / / F 0 0 M 0 5 I 0 1 <CHK> <CR> 2F 2F 46 30 30 4D 30 35 49 30 31 46 0D

input_2_output_5 / / F 0 0 M 0 5 I 0 2 <CHK> <CR> 2F 2F 46 30 30 4D 30 35 49 30 32 45 0D

input_3_output_5 / / F 0 0 M 0 5 I 0 3 <CHK> <CR> 2F 2F 46 30 30 4D 30 35 49 30 33 44 0D

input_4_output_5 / / F 0 0 M 0 5 I 0 4 <CHK> <CR> 2F 2F 46 30 30 4D 30 35 49 30 34 43 0D

input_5_output_5 / / F 0 0 M 0 5 I 0 5 <CHK> <CR> 2F 2F 46 30 30 4D 30 35 49 30 35 42 0D

input_6_output_5 / / F 0 0 M 0 5 I 0 6 <CHK> <CR> 2F 2F 46 30 30 4D 30 35 49 30 36 41 0D

input_7_output_5 / / F 0 0 M 0 5 I 0 7 <CHK> <CR> 2F 2F 46 30 30 4D 30 35 49 30 37 40 0D

input_8_output_5 / / F 0 0 M 0 5 I 0 8 <CHK> <CR> 2F 2F 46 30 30 4D 30 35 49 30 38 4F 0D

RS-232 Specications (continued)

www.smartavi.com

How to properly test an RS-232 connection between a PC and most SmartAVI RS-232 compliant devices

input_1_output_6 / / F 0 0 M 0 6 I 0 1 <CHK> <CR> 2F 2F 46 30 30 4D 30 36 49 30 31 45 0D

input_2_output_6 / / F 0 0 M 0 6 I 0 2 <CHK> <CR> 2F 2F 46 30 30 4D 30 36 49 30 32 46 0D

input_3_output_6 / / F 0 0 M 0 6 I 0 3 <CHK> <CR> 2F 2F 46 30 30 4D 30 36 49 30 33 47 0D

input_4_output_6 / / F 0 0 M 0 6 I 0 4 <CHK> <CR> 2F 2F 46 30 30 4D 30 36 49 30 34 40 0D

input_5_output_6 / / F 0 0 M 0 6 I 0 5 <CHK> <CR> 2F 2F 46 30 30 4D 30 36 49 30 35 41 0D

input_6_output_6 / / F 0 0 M 0 6 I 0 6 <CHK> <CR> 2F 2F 46 30 30 4D 30 36 49 30 36 42 0D

input_7_output_6 / / F 0 0 M 0 6 I 0 7 <CHK> <CR> 2F 2F 46 30 30 4D 30 36 49 30 37 43 0D

input_8_output_6 / / F 0 0 M 0 6 I 0 8 <CHK> <CR> 2F 2F 46 30 30 4D 30 36 49 30 38 4F 0D

input_1_output_7 / / F 0 0 M 0 7 I 0 1 <CHK> <CR> 2F 2F 46 30 30 4D 30 37 49 30 31 44 0D

input_2_output_7 / / F 0 0 M 0 7 I 0 2 <CHK> <CR> 2F 2F 46 30 30 4D 30 37 49 30 32 47 0D

input_3_output_7 / / F 0 0 M 0 7 I 0 3 <CHK> <CR> 2F 2F 46 30 30 4D 30 37 49 30 33 46 0D

input_4_output_7 / / F 0 0 M 0 7 I 0 4 <CHK> <CR> 2F 2F 46 30 30 4D 30 37 49 30 34 41 0D

input_5_output_7 / / F 0 0 M 0 7 I 0 5 <CHK> <CR> 2F 2F 46 30 30 4D 30 37 49 30 35 40 0D

input_6_output_7 / / F 0 0 M 0 7 I 0 6 <CHK> <CR> 2F 2F 46 30 30 4D 30 37 49 30 36 43 0D

input_7_output_7 / / F 0 0 M 0 7 I 0 7 <CHK> <CR> 2F 2F 46 30 30 4D 30 37 49 30 37 42 0D

input_8_output_7 / / F 0 0 M 0 7 I 0 8 <CHK> <CR> 2F 2F 46 30 30 4D 30 37 49 30 38 40 0D

input_1_output_8 / / F 0 0 M 0 8 I 0 1 <CHK> <CR> 2F 2F 46 30 30 4D 30 38 49 30 31 4B 0D

input_2_output_8 / / F 0 0 M 0 8 I 0 2 <CHK> <CR> 2F 2F 46 30 30 4D 30 38 49 30 32 48 0D

input_3_output_8 / / F 0 0 M 0 8 I 0 3 <CHK> <CR> 2F 2F 46 30 30 4D 30 38 49 30 33 49 0D

input_4_output_8 / / F 0 0 M 0 8 I 0 4 <CHK> <CR> 2F 2F 46 30 30 4D 30 38 49 30 34 4E 0D

input_5_output_8 / / F 0 0 M 0 8 I 0 5 <CHK> <CR> 2F 2F 46 30 30 4D 30 38 49 30 35 4F 0D

input_6_output_8 / / F 0 0 M 0 8 I 0 6 <CHK> <CR> 2F 2F 46 30 30 4D 30 38 49 30 36 4C 0D

input_7_output_8 / / F 0 0 M 0 8 I 0 7 <CHK> <CR> 2F 2F 46 30 30 4D 30 38 49 30 37 4D 0D

input_8_output_8 / / F 0 0 M 0 8 I 0 8 <CHK> <CR> 2F 2F 46 30 30 4D 30 38 49 30 38 42 0D

Query Current Matrix / / F 0 0 U <CHK> <CR> 2F 2F 46 30 30 55 13 0D

RS-232 Specications (continued)

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